Researches explained

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Back to bacteria: researchers use bacteria to produce electrode material

A team of researchers affiliated with RS2E (LRCS/ICMCP) is publishing results regarding the use of bacteria as a mean to produce more sustainable electrode material.

© J. Dall’Agnese (UPS) and M. Lukatskaya (Drexel). Colorized SEM image of delaminated Ti3C3 with various ions and water molecules that can intercalate.

Supercapacitors’ electrodes with high volumetric capacitance

Researchers unveil a lead to increase supercapacitors' energy density using layered carbides.

© Travail commun des chercheurs. Tavorite LiFeSO4F (right, view perpendicular to [010]).

Assessment of sulfate-based compounds for Li-ion batteries

Researchers from the RS2E research network reviewed different aspects of sulfate-based polyanionic phases aimed at Li-ion batteries.

© Travail commun des chercheurs. Aspects structuraux de la solution solide Li2Ru1-ySnyO3.

Researchers explain the high capacity of Li-rich NMC compounds

A group of scientist gathered around Pr. Jean-Marie Tarascon, RS2E's director, lift the veil on a chemical mechanism.

© Christian Masquelier, Laurence Croguennec. Polyanionic structures

Polyanionic frameworks in batteries: a history reviewed by RS2E researchers

In a study published in Chemical Reviews, Christian Masquelier and Laurence Croguennec review the history of research on polyanionic structures.

Research network on electrochemical energy storage,
Research center on batteries and supercapacitors

Researches explained

hematite bacteriomorphs micro

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structure li-rich material batteries

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